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IBM Quantum Platform

Qiskit addon API references

Explore reference documentation for Qiskit addon APIs to learn how to use their endpoints, parameters, and operations.

All Qiskit addons

A collection of modular research capabilities that enable the discovery of new quantum algorithms.

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  • A collection of tools to supplement workflows that involve one or more Qiskit addons.

  • Supports the construction of high-fidelity circuits with reduced depth.

  • Reduces the depth of transpiled circuits by decomposing entangling gates between non-adjacent qubits.

  • Reduces the Trotter error of Hamiltonian dynamics through a weighted combination of several circuit executions.

  • Reduces circuit depth by trimming operations from the end.

  • Yields more accurate quantum system Hamiltonian eigenvalue estimations.

  • Boost the fidelity of sampled distributions using hardware-efficient Pauli checks based on spacetime codes.

  • Mitigate expectation values by measuring a target observable that has absorbed noise model information.

  • A framework to approximate operator evolution, which can be used to simulate expectation values and implement error mitigation techniques, such as propagated noise absorption (PNA) and shaded lightcones.

  • Extends the Qiskit Python SDK with tools for working on fermionic systems.

  • Extends the Qiskit C SDK with tools for working on fermionic systems.

  • Extends the Qiskit Python SDK with tools for working on bosonic systems.

  • Reduce probabilistic error cancellation (PEC) sampling overhead by removing noise model terms that have low impact on the observable estimation.

  • Build randomization-based quantum noise characterization experiments and model-fitting analysis pipelines.

  • Build custom error mitigation pipelines with techniques such as PEC, ZNE, and TREX directly with Samplomatic.